Top Engineering Jobs

Design and implement autonomous behaviors for uncrewed aircraft, build sensor fusion and perception solutions, develop and test autonomy in high-fidelity and hardware-in-the-loop simulations, integrate autonomy with third-party systems, contribute to architecture and code quality, and lead and mentor junior engineers.

Design, develop, and integrate real-time computer vision algorithms into high-performance C++ pipelines for edge-deployed autonomous systems. Build geometry-based perception capabilities (camera calibration, multi-view geometry, geolocation, 3D reconstruction), translate research into deployable software, optimize for real-time reliability, and collaborate with multidisciplinary teams to deliver mission-critical solutions.

Design, implement, and integrate real-time computer vision algorithms into high-performance C++ pipelines for edge-deployed autonomous systems. Focus on custom perception capabilities, model adaptation and evaluation, inference optimization, dataset curation, and cross-functional integration with AI, robotics, and optical teams to deliver robust mission-capable solutions.

Lead technical strategy and implementation of V-BAT fleet data analysis pipelines and tooling. Transform raw flight, simulation, and production data into metrics, dashboards, and reports; perform fleet-wide studies, anomaly investigations, and root-cause analysis; partner with cross-functional teams and mentor engineers on analysis best practices.

Lead deployment of an AI-native digital factory: define digital architecture, deploy MES and integrations, enable AI-driven manufacturing (predictive maintenance, automated root-cause analysis, intelligent work instructions), digitize manufacturing knowledge, and drive automation and factory transformation across production, quality, maintenance, and supply chain.

Lead design, development, and operation of engineering laboratories. Own lab strategy, infrastructure, operations, HIL/SIL integration, asset lifecycle, team leadership, vendor management, and cross-functional collaboration to enable rapid hardware/software development and testing.

Lead development and execution of Material Review Board processes for fielded UAS platforms. Disposition nonconforming hardware, develop repair procedures and repair governance, support returned material analysis and production escape investigations, partner cross-functionally to ensure safety, reliability, configuration control, and fleet readiness, and mentor engineers on MRB and sustainment practices.

Perform hands-on mechanical design, analysis, and integration for V-BAT aircraft and ground support equipment from concept through production. Produce CAD models and GD&T drawings, validate designs via calculations and FEA, support testing and field operations, troubleshoot issues, and collaborate with Manufacturing, Supply Chain, Quality, Program Management, and Flight Operations to deliver buildable, reliable systems.

Lead design and delivery of tactical autonomy and motion-planning software for unmanned platforms. Architect, implement, verify, and sustain multi-agent behaviors (coordination, targeting, reconnaissance, survivability), integrate with vehicle subsystems, mentor teams, manage product roadmaps, and collaborate with integration and operational stakeholders to field safe, reusable autonomy capabilities.

Develop, integrate, debug, and maintain autonomy software for unmanned aircraft using C++ and Python. Integrate software with hardware, radios, sensors, and flight controllers; support SIL/HIL/VIL, lab and live flight testing; operate ground control systems; analyze flight data; troubleshoot field issues; and produce test and deployment documentation.